CPLD is the abbreviation of \"complex programmable logic device\". CPLD can complete the functions of any digital device, from high-performance CPU to simple 74 series digital circuits, all can be realized with CPLD. CPLD is like a blank sheet of paper or a pile of building blocks. Engineers can freely design a digital system through traditional schematic input method or hardware description language (such as Verilog HDL). Through software simulation, we can verify the correctness of the design in advance. After the PCB is completed, you can also use the online modification capability of CPLD to modify the design at any time without changing the hardware circuit. Using CPLD to develop digital circuits is flexible, has a short design cycle, low cost, good reliability, and low risk. Therefore, it has quickly been widely used and developed very rapidly. Chapter 1 Overview of CPLD and FPGA Chapter 2 Introduction to CPLD Experimenter Chapter 3 Use of CPLD Development Software and Simulation Software Chapter 4 Introduction to Verilog HDL Chapter 5 Verilog HDL Data Types and Operators Chapter 6 Verilog HDL Basic Statements Chapter 7 Verilog HDL Description Method Chapter 8 Using Verilog HDL to Describe Digital Circuits Chapter 9 CPLD Experiment and Comprehensive Design Examples
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